Preferences toward the constructivist smart classroom learning environment: examining pre-service teachers’ connectedness

The constructivist smart classroom learning environment is quickly emerging as an alternative classroom model that integrates active learning with advanced technology to improve learners’ socialization and achievement. This research examines pre-service teachers’ (n?=?462) preferences toward this learning environment, as well as the predictive association between connectedness and other critical learning environment features. All pre-service teachers had at least one semester of actual experience as participants learning in this environment. The data was collected through a questionnaire, and a series of linear regressions were conducted to examine the hypothesized relationships. Connectedness was positive and significantly associated with all smart classroom features examined: inquiry learning, student negotiation, reflective thinking, functional design, multiple sources, usefulness, and ease of use. Pre-service teachers who preferred constructivist smart classroom learning environments tended to be those in their first year of post-secondary education, as well as those with higher levels of technology self-efficacy. Gender was not observed to significantly influence preferences. The findings show connectedness to be a central and critical feature that can be used to cultivate more appropriate environments from the participants’ perspective.     

Enhancing preservice teachers’ professional competence through experiential learning

This report introduces a way of engaging preservice teachers in experiential learning activities to enrich their pedagogical content knowledge and skills. The framework suggested can be applied to instruction in a wide range of disciplines in different contexts. It calls on teacher educators to work on similar experiential learning initiatives to equip novice teachers with the necessary pedagogies and competence for their future careers.     

Situating teachers’ developmental engineering experiences in an inquiry-based,laboratory learning environment

Many secondary math and science teachers don’t understand the nature and application of engineering adequately to transfer that understanding to their students. Research is needed that investigates and illuminates the process and characteristics of development that addresses this gap. This mixed-method study examines the developmental experiences of 16 public math and science teachers in a yearlong engineering experience. Teachers partnered with university engineering professor-mentors for six weeks on campus followed by ongoing support for transfer to their secondary classes (grades 9–12). Teachers gained engineering knowledge and skills, and an understanding of engineering’s diversity and interdisciplinary nature, plus integrative applied strategies for math and science instruction. They developed productive perceptions (of value, utility, benefits, feasibility and fit) of engineering for their grade 9–12 students, along with efficacy and intent to use what they had learned. Teachers identified positive, profound shifts in their perceptions of engineering and engineers. All teachers integrated engineering principles into their classrooms, but the process was more challenging for math teachers than for science teachers. This developmental experience may help bridge gaps of school-to-life and disciplinary boundaries that separate formal educational environments from authentic life experience.     

The effects of constructivist learning environment on prospective mathematics teachers＇ opinions

To explore the effects of constructivist learning environment on prospective teachers＇ opinions about ＂＇mathematics, department of mathematics, discrete mathematics, countable and uncountable infinity＂ taught under the subject of Cantorian Set Theory in discrete mathematics class, 60 first-year students in the Division of Mathematics Education at the Department of Science and Mathematics in Buca Education Faculty at Dokuz Eylul University were divided into two homogenous groups. In order to do this segmentation, Minimum Requirements Identification Test was developed and used by the researchers. This test includes concepts like ＂＇set＂, ＂correlation＂ and ＂function＂, which are required to understand Cantorian Set Theory. While the control group was taught by traditional methods, a teaching method based on a constructivist approach was applied to the experimental group. Data were gathered by an open-ended questionnaire administered to total 40 students, 20 from the each group. Collected data were evaluated through content analysis. In the end, despite the minor differences, no statistically significant difference was found between the opinions of control and experimental groups about mathematics （χ^2calculation=2.578, SD=3, p〉0.05）, department of mathematics （χ^2calculation=3.185, SD=3, p〉0.05） and discrete mathematics （χ^2calculation=4.935, SD=3, p〉0.05） after the instruction. However, opinions about Cantorian Set Theory were significantly differentiated between experimental and control groups after the instruction （χ^2 calculation= 13.486, SD=2, p〈0.05）.     

Assessment for learning and Teacher Learning Communities: UK teachers’ experiences

In this paper, I explore the experiences of secondary teachers in four London schools [UK] who participated in Teacher Learning Communities, defined as meetings in which professional learning was supported as they learned about Assessment for Learning (AfL). The claim for these communities is that they lead to sustained improvements in teaching and learning, where the following design principles are adhered to: where leaders respect and value a need that has been identified by participants as of importance to themselves; they are school-based and integral to school operations; there is teacher collaboration; and there is input from within and beyond the school to support teachers’ theoretical as well as practical learning. The findings from this research project suggest that Teacher Learning Communities’ benefits were compromised specifically: where they were imposed on teachers; where they were not accommodated sufficiently within other school commitments; where leaders were too directive; where meeting formats were adhered to inflexibly; and where practice was emphasized at the expense of theories. My conclusion is that both AfL and Teacher Learning Communities rely for their success on sustained critical reflection among their participants, which can be inhibited where the above limitations apply.     

Teaching a discrete information technology course in a constructivist learning environment: is it effective for Malaysian pre-service teachers?

The purpose of this research was to measure pre-service teachers' attitudes toward information technology (IT) following their participation in a discrete IT course. The IT course was taught in a constructivist learning environment where the students collaborated to achieve their learning goals and problem solve on tasks [Educ. Technol. 35 (1995) 25]. The results of the study revealed that with the constructivist learning approach infused in the IT course, there was a positive shift in the participants' attitudes toward IT. Pretest results showed that participants who were competent had regarded IT as more useful; and they had more confidence and less aversion toward technology. The posttest results showed increased mean scores on all three dependent variables (e.g., usefulness, confidence, and aversion) with no differences between competent and incompetent participants by the end of the course. The responses obtained from interviews of course instructors indicated that participants were more independent, more creative, and used their collaborative learning skills. While an exploratory study, the results provide support for the premise that infusing constructivism into a discrete IT course can enhance positive attitudes towards IT and enable students to be active participants in their own learning process.     

Pre-service teachers’ and teacher-educators’ experiences and attitudes toward using social networking sites for collaborative learning

Extensive use of social networking sites by students and teachers makes educators and researchers to think whether they can be incorporated in instructional process to facilitate students’ learning. This survey-based study records and examines Pakistani pre-service teachers’ and teacher-educators’ current uses of Facebook, and their attitudes toward using Facebook for collaborative learning, and to see if there is a significant relationship between participants’ intensity of Facebook use and their attitude toward instructional use of Facebook. Results of the study indicated that pre-service teachers’ and teacher-educators’ motives for their current Facebook use are mainly limited for social purposes. Pre-service teachers’ use of Facebook is more intensified than the use of Facebook by teacher-educators. Further, pre-service teachers showed more positive attitudes toward using Facebook for collaborative learning than the attitudes of their faculty. Findings also indicated a positive relationship between participants’ Facebook intensity and their attitudes toward its use for collaborative learning.     

Preschool teachers’ perceptions of school learning environment and job satisfaction

We report a survey of 100 preschool teachers from 15 preschools in Singapore using a modified instrument called the Pre-School Level Environment Questionnaire. The aims were to explore differences in actual and preferred perceptions of preschool teachers’ school-level environment and to investigate the relationship among preschool teachers’ profile, preschool learning environments and job satisfaction. Quantitative data using paired samples t tests indicated that there were significant differences in teachers’ actual and preferred perceptions of their preschool learning environments except for the scale of Work Pressure. Logistic regression revealed a positive influence of Resource Adequacy on preschool teachers’ job satisfaction.     

Place-responsive pedagogy: learning from teachers’ experiences of excursions in nature

The nature-based excursion has been a significant teaching strategy in environmental education for decades. This article draws upon empirical data from a collaborative research project where teachers were encouraged to visit natural areas to provide an understanding of their roles and experiences of planning and enacting excursions. The analysis indicates that teachers’ sensitisation towards place was aided by collaboration, advance planning visits and the very practice of making place-responsive excursions with pupils. The authors build on the analysis to propose a theory of place-responsive pedagogy. At its core, place-responsive pedagogy involves the explicit efforts to teach by means of an environment with the aim of understanding and improving human–environment relations. Some implications for teacher professional development are offered.     

Mathematics teachers’ self-captured video and opportunities for learning

Numerous video-based programs have been developed to support mathematics teachers in reflecting on and examining classrooms interactions without the immediate demands of instruction. An important premise of such work is that teacher learning occurs at the time that the video is viewed and discussed with teachers. Recent advances in technology, however, offer new approaches for the use of video with teachers. We claim that these new technologies provide important opportunities for teacher learning prior to the viewing and discussion of video with colleagues. In particular, we believe that important teacher learning can occur from the activities of (1) capturing video from one’s own classroom and (2) selecting clips to share with others. The goal of this article is to introduce key strategies that three groups of middle and high school mathematics teachers use prior to, during, and after instruction as they engage in this work. We believe that increased attention to these strategies is necessary in order to better understand how to support teacher learning in the context of new digital technologies.     

Identifying exemplary science teachers through students’ perceptions of their learning environment

The purpose of this study was to examine students’ psychosocial perceptions of their science classroom learning environment in order to identify exemplary teachers. This mixed-method study used the valid and reliable What Is Happening In this Class? (WIHIC) questionnaire with over 3,000 middle school students in 150 classrooms in Australia. Exemplary teachers were defined as those whose students’ perceptions were more than one standard deviation above the mean for three of the five scales of Student Cohesiveness, Teacher Support, Involvement, Task Orientation and Equity. The reliability of the WIHIC scales ranged from 0.75 to 0.87. Eta² showed that the WIHIC was able to distinguish between the perceptions of the students in the classroom. The construct validity of the WIHIC for identifying these exemplary teachers was confirmed through interviews with students and these views are reported in the article.     

The impact of field experiences on prospective preservice teachers’ technology integration beliefs and intentions

This study investigated how field experiences impacted the technology integration beliefs and intentions of prospective preservice teachers. Using structural equation modeling (SEM), a three-way interaction between the type, frequency, and quality of field technology observations predicted changes in beliefs and intentions. Beliefs about the utility of technology directly predicted intentions to use technology and intentions to use Meaningful Learning approaches to technology integration. Additionally, beliefs about technology’s importance in education indirectly predicted both variables. Positive impacts of field experiences on beliefs and intentions only existed when prospective preservice teachers saw technology used frequently by skilled teachers using Meaningful Learning approaches.     

Early childhood and elementary preservice teachers’ beliefs

Abstract

In this study we examined 382 preservice teachers’ perceived efficacy, their beliefs regarding teaching and learning, and the relationship between these two variables by analyzing quantitative and qualitative data using a modified version of the Gibson and Dembo Teacher Efficacy Scale and six open‐ended questions. A general linear model analysis revealed that several factors differ across certain preparation programs. Preservice teachers’ efficacy beliefs increased at the end of these two different teacher education programs. Qualitative analyzes revealed variance in preservice teachers’ beliefs about teaching and learning between the two majors and in the two locations which they were studying. Most ending‐level preservice teachers had adopted the views of the way teachers are supposed to teach promoted by the particular teacher education program. The internal program coherence, program structural contexts, program's goals, and learning experiences in the program may act as important factors on preservice teachers’ beliefs. © 2001 Elsevier Science Inc. All rights reserved.     

Accounting for unexpected test responses through examinees’ and their teachers’ explanations

Researchers have developed indices to identify persons whose test results ‘misfit’ and are considered statistically ‘aberrant’ or ‘unexpected’ and whose measures are consequently potentially invalid, drawing the test’s validity into question. This study draws on interviews of pupils and their teachers, using a sample of 31 10‐year‐olds who were flagged as most ‘aberrant’ in a standardised mathematics test. The children’s and their teachers’ explanations were analysed and attributed: (i) to item‐, person‐ (self/other) and classroom‐levels; and ii) according to causal dimensions. Children’s and teachers’ explanations were mostly in agreement in relation to unexpected negative results and they included references to previously well‐cited sources of construct‐irrelevant variance (e.g. ineffective test‐taking strategies, careless mistakes) as well as construct‐relevant variance (e.g. misconceptions, weaknesses in particular topics). Findings of this exploratory study are discussed from a test validity and attribution theory perspective: we conclude that this approach offers grounds for multi‐level explanations of person misfit and that this qualitative research approach to unexpected responses is worthy of more attention.     

Improving preservice teachers’ scientific argumentative writing through epistemic practices: a learning progression approach

Improving preservice teachers’ argumentative competence is a social and educational imperative. This study focuses on the contribution of a sequence of learning tasks, designed as epistemic practices and following a learning progression approach, to enhancing student teachers’ scientific argumentative writing. The participants were 47 preservice primary teachers who enrolled in a Developmental Psychology course, and one lecturer. Preservice teachers progressively acquired the vast majority of aspects involved in scientific argumentative writing. The most important difficulties experienced by the preservice teachers revolved around intertextuality and the creation of theses. Key conclusions on this teacher education experience are presented in the final section of the paper.     

Perspectives on preservice teachers’ attitudes toward technology

Abstract

Technology, specifically the use of computers, is becoming more prevalent in K—12 classrooms. Constructivist and social learning theory were used to understand the way preservice teachers view technology and the extent of its influence on their current and future lives. This study employed both quantitative and qualitative data analysis techniques to investigate the attitudes of a group of undergraduate education majors toward their use of technology. Survey and follow‐up interview data were used to explore changes in attitudes of competence, comfort, and knowledge regarding the instructional use of technology. Data revealed that preservice teachers’ comfort with the technology and attitude of competence did improve over time but that perceptions of knowledge about computers remained the same. Suggestions for further study are provided.     

Students’ and teachers’ perceptions of classroom learning environment in Bhutanese eighth-grade mathematics classes

This paper reports a study of students’ and teachers’ perceptions of their classroom learning environment in Bhutanese eighth-grade mathematics classes. Research suggests that positive perceptions of the learning environment can have a positive influence on students’ learning outcomes, interest and engagement in classroom activities. The study was conducted in 2013, using the survey samples of 608 students and 98 teachers from 22 lower- and middle-secondary schools in western Bhutan. Students’ and teachers’ perceptions of the classroom environment were measured using the Mathematics Classroom Learning Environment Survey (MCLES). Students and teachers mostly perceived their classroom environments favourably on the MCLES scales irrespective of gender, school level and school location. The study is significant for understanding and evaluating the implementation of new mathematics curriculum in Bhutanese schools because it could guide the development of strategies for more-productive mathematics classroom learning. It is also significant from the perspective of Bhutan’s national goal of Gross National Happiness because perceptions and happiness always go hand-in-hand.     

Meaningful learning with mobile devices: pre-service class teachers’ experiences of mobile learning in the outdoors

The authors consider the use of mobile learning environment ActionTrack in teacher education. Pre-service class teachers’ (N = 277) experiences of the mobile learning environment were measured with a 7-point Likert-scale questionnaire based on seven attributes of meaningful learning. Students’ ratings for different attributes were analysed quantitatively. The authors conclude that, based on this analysis, it is possible to create meaningful learning experiences using ActionTrack. All the measured attributes of meaningful learning obtained positive values. In the mobile learning events of this study, three attributes arose as the essential features: mobile learning in the outdoors was primarily considered collaborative, active and contextual.